CN106958341B - A kind of indoor decoration ground bar based on compressor control - Google Patents
A kind of indoor decoration ground bar based on compressor control Download PDFInfo
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- CN106958341B CN106958341B CN201710309871.5A CN201710309871A CN106958341B CN 106958341 B CN106958341 B CN 106958341B CN 201710309871 A CN201710309871 A CN 201710309871A CN 106958341 B CN106958341 B CN 106958341B
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- shell
- hammer
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- 238000005034 decoration Methods 0.000 title claims abstract description 20
- 238000009434 installation Methods 0.000 claims abstract description 25
- 230000008859 change Effects 0.000 claims description 23
- 230000007246 mechanism Effects 0.000 claims description 4
- 230000000694 effects Effects 0.000 abstract description 7
- 238000000034 method Methods 0.000 abstract description 6
- 230000008569 process Effects 0.000 abstract description 5
- 230000002057 chronotropic effect Effects 0.000 abstract 1
- 238000010586 diagram Methods 0.000 description 11
- 230000009471 action Effects 0.000 description 9
- 238000006243 chemical reaction Methods 0.000 description 7
- 238000007599 discharging Methods 0.000 description 6
- 230000001133 acceleration Effects 0.000 description 5
- 238000005516 engineering process Methods 0.000 description 5
- 230000006872 improvement Effects 0.000 description 4
- 230000006835 compression Effects 0.000 description 3
- 238000007906 compression Methods 0.000 description 3
- 230000005611 electricity Effects 0.000 description 3
- 230000009467 reduction Effects 0.000 description 3
- 239000007787 solid Substances 0.000 description 3
- 230000015572 biosynthetic process Effects 0.000 description 2
- 238000003786 synthesis reaction Methods 0.000 description 2
- 238000011900 installation process Methods 0.000 description 1
- 230000021715 photosynthesis, light harvesting Effects 0.000 description 1
- 229920003023 plastic Polymers 0.000 description 1
- 239000004033 plastic Substances 0.000 description 1
Classifications
-
- E—FIXED CONSTRUCTIONS
- E04—BUILDING
- E04F—FINISHING WORK ON BUILDINGS, e.g. STAIRS, FLOORS
- E04F21/00—Implements for finishing work on buildings
- E04F21/20—Implements for finishing work on buildings for laying flooring
- E04F21/22—Implements for finishing work on buildings for laying flooring of single elements, e.g. flooring cramps ; flexible webs
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- Engineering & Computer Science (AREA)
- Architecture (AREA)
- Civil Engineering (AREA)
- Structural Engineering (AREA)
- Percussive Tools And Related Accessories (AREA)
- Earth Drilling (AREA)
Abstract
The invention belongs to indoor decoration bar technical field more particularly to a kind of indoor decoration ground bar based on compressor control, it includes handle, hammer body, and wherein one end of handle is mounted on the periphery of hammer body；The present invention design it is a kind of based on compressor control indoor decoration bar its effect be indoors decoration in installation floor when can by it to floor carry out correction process.Its effect of gear is the torque of adjustable driven shaft, while compressor can be driven to work by a lower-powered motor；And then reduce the overall weight of ground bar.In the present invention when second gear is engaged with the second angular wheel, movement and three fiveth gears of the movement of drive ring by three the 5th gears around own axes rotation are synthesized around the movement that first rotating shaft rotates；By changing the revolving speed and torque of one of motor adjustment drive ring, chronotropic action is played, small machine is enable to run with compressor.
Description
Technical field
The invention belongs to indoor decoration bar technical field more particularly to a kind of indoor decoration based on compressor control
Ground bar.
Background technique
Indoor decoration at present is often common wooden hammer and plastics hammer using ground bar；When staff rectifys floor
Timing, ground bar are pounded to floor, can give the downward power in one, floor, while floor can also give ground one reaction force of bar；And
This reaction force can usually make manpower by a bounce, and very big impact is caused to manpower, it is easy to injure in one's hands；
So designing one kind can reduce in the correcting process of floor, ground bar damages manpower, while can also give one, floor
Power appropriate achievees the purpose that correct floor.
The present invention design it is a kind of based on compressor control indoor decoration bar solve the problems, such as it is as above.
Summary of the invention
To solve drawbacks described above in the prior art, the present invention discloses a kind of indoor decoration floor based on compressor control
Hammer, it adopts the following technical solutions to realize.
A kind of indoor decoration ground bar based on compressor control, it is characterised in that: it includes handle, hammer body, wherein
One end of hand is mounted on the periphery of hammer body.
Above-mentioned handle includes handle shell, driving motor, driven shaft, gear, drive shaft, compressor, air accumulator, gas storage
Tank gas outlet, connecting tube, wherein driving motor is mounted on one end in handle shell far from hammer body；Gear is mounted on handle shell
It is interior, and gear is close to driving motor；One end of gear has drive shaft, and the other end of gear has driven
Axis；Gear passes through the rotation axis connection of drive shaft and driving motor；Compressor is mounted in handle shell, and compressor is close
Gear, the camshaft of compressor and driven axis connection；Air accumulator is mounted in handle shell；Compressor passes through connecting tube and storage
The connection of gas tank inner cavity；Air accumulator gas outlet is provided on air accumulator end face.
Above-mentioned compressor include compressor casing, cam, plunger, camshaft, pressure venthole, air intlet, the first spring,
Plunger slot is wherein provided with plunger slot on the inner headed face of compressor casing；Two sides on compressor casing inner headed face positioned at plunger slot are provided with
Pressure venthole and air intlet；One end of camshaft is mounted on the circular hole of compressor casing shell wall by bearing；Cam installation
On camshaft；The convex surface of cam and the inner headed face of compressor casing are engaged；In one end installation plunger slot of plunger；Plunger with
First spring is installed between plunger slot；One end of first spring is mounted on plunger, and the other end is mounted on the end face of plunger slot
On；Plunger top surface and cam convex surface cooperate；Pressure venthole is communicated by connecting tube with air accumulator inner cavity；Air intlet and atmosphere
It communicates.
Above-mentioned hammer body is led including hammer shell, the hammer heart, connecting hole, the first guide groove, looping pit, electronic valve, the second guide groove, first
Block, second spring, cylinder set air inlet pipe, fixed ring, third spring, the first spacing breach, resets inclined-plane, limit at cylinder collar-shaped hole
Block, the second guide block, release block, flexible tube plug, guide ring, retracting cylinder set, annular chamber, the 4th spring, limited block groove, the 5th bullet
Spring, wherein being provided with a connecting hole on the periphery of hammer shell；It symmetrically opens there are two the first guide groove the lower end for hammering the inner headed face of shell into shape；
It symmetrically opens there are two the second guide groove the upper end of hammer shell inner headed face；It symmetrically opens there are two limited block the upper end of hammer body inner headed face
Slot, two limited block grooves are mutually staggered with two the second guide grooves；The upper end for hammering the periphery of the heart into shape is symmetrically installed leads there are two first
Block；The lower end that the upper end of the hammer heart passes through two the first guide blocks and the inner headed face for being fitted to hammer shell of two the first guide grooves；It releases
It puts and is symmetrically opened on the periphery of block there are two the first spacing breach, the downside of each first spacing breach, which has, resets inclined-plane；
The upper end of release block periphery is symmetrically installed there are two the second guide block；It discharges block and passes through two the second guide blocks and two the second guide grooves
The inner headed face upper end for being fitted to hammer shell, and discharge block and hammer into shape inside shell there are gaps for upper end；The one of two limited blocks
End is separately mounted in two limited block grooves；The other end of two limited blocks cooperates with the first spacing breach；Limited block and phase
5th spring is installed between the limited block groove answered；And the 5th one end of spring be mounted on limited block, the other end is mounted on limit
On the inner face of position block slot；The 4th spring is installed between the hammer heart and release block；The upper end of 4th spring is mounted on release block
Lower end, the lower end of the 4th spring are mounted on the upper end of the hammer heart；The lower end of retracting cylinder set is provided with annular chamber, on extension sleeve upper surface
It is provided with looping pit；Retracting cylinder set is mounted on the upper end of the hammer heart；Retracting cylinder set is located at the outside of the 4th spring；The lower end of flexible tube plug
Guide ring is installed；It is installed in annular chamber by guide ring the lower end of flexible tube plug；Pacify across looping pit the upper end of flexible tube plug
Mounted in the lower end of release block；Retracting cylinder set lower end is equipped with cylinder set air inlet pipe, and cylinder set air inlet pipe is gone out by electronic valve and air accumulator
Port connection；Fixed ring is mounted on the inner headed face of hammer shell, and fixed ring is located between the hammer heart and release block；Fixed ring and release
There are four third springs for circumferential uniformly installation between block；And one end of third spring is installed in the lower end of release block, the other end
It is installed in the upper end of fixed ring；There are four second springs for circumferential uniformly installation between fixed ring and the hammer heart；And second spring
One end is installed in the upper end of the hammer heart, and the other end is installed in the lower end of fixed ring；It is installed by connecting hole one end of handle shell
On hammer body.
Above-mentioned gear include clamping rings, drive ring, support annulus, first cone tooth, first rotating shaft, the second shaft,
First stop collar, the second fixed link, first gear, second gear, the second stop collar, the second angular wheel, annulus set, annulus
Chamber, connecting rod, driven shaft, third conical ring tooth, drive shaft, the first fixed link, third stop collar, third gear, the 6th spring,
Four fixed rings, the 4th gear, the 5th gear, speed change shell, the 5th fixed ring, circular through hole, shaft hole, drive shaft fixed link,
Three shafts, wherein one end of drive shaft is provided with shaft hole；There is internal screw thread on shaft hole inner headed face；Drive shaft is solid by drive shaft
Fixed pole is mounted on the inner headed face of speed change shell；One end of third shaft has external screw thread, and third shaft passes through external screw thread and shaft
Internal screw thread in hole is fitted in shaft hole；One end of annulus set is provided with an annular chamber；Annulus set is mounted on driving
Axis is close to one end of third shaft；Annulus covers circumferential uniformly installation between upper annular chamber and third shaft, and there are four the 6th bullets
Spring；One end of 6th spring is mounted in third shaft, and the other end is mounted on the annular chamber inner headed face on annular groove；Second cone
Shape gear is mounted in third shaft, and the second angular wheel is close to annulus set；Third stop collar is mounted on the another of third shaft
One end；First gear is mounted in third shaft, and first gear is close to third stop collar；Second shaft passes through the second fixed link
It is mounted on the inner wall of speed change shell；One end of second shaft is equipped with the second stop collar；Second gear is mounted in the second shaft,
And second gear is close to the second stop collar；Second gear is engaged with the second angular wheel；The other end of second shaft is equipped with
One cone tooth；First rotating shaft is mounted on the inner wall of speed change shell by the first fixed link；The both ends of first rotating shaft are separately installed with
One stop collar and the 4th fixed ring；And first stop collar be located in first rotating shaft close to first gear one end；Third gear peace
In first rotating shaft, and third gear is close to the first stop collar；Third gear is engaged with first gear；4th gear is mounted on
In first rotating shaft, and the 4th gear is close to the 4th fixed ring；Third conical ring tooth is mounted in first rotating shaft；Third conical ring tooth and
One cone tooth engagement；It supports and is provided with circular through hole at the center of annulus end face；One end of support annulus is mounted on third conical ring tooth,
And support annulus is located on the periphery of first rotating shaft by circular through hole；It supports and is uniformly installed on the end face of the other end of annulus
There are three connecting rods；Three the 5th fixed rings are mounted on one end of three connecting rods；Three the 5th gears are separately mounted to three
In connecting rod；Three the 5th gears are close to the 5th fixed ring；Three the 5th gears are engaged with the 4th gear；Drive ring one end
It is provided with internal tooth；Drive ring is mounted on the inner wall of speed change shell by clamping rings；Drive ring passes through internal tooth and three the 5th gears
Engagement；The other end of drive ring is equipped with driven shaft；Driven shaft and drive shaft are pierced by the both ends of speed change shell respectively.
As the further improvement of this technology, above-mentioned third conical ring tooth is mounted in first rotating shaft by bearing.
As the further improvement of this technology, above-mentioned third spring is compressed spring；Second spring is extension spring.
As the further improvement of this technology, the gap of above-mentioned release block and hammer shell inner upper end is greater than the hammer heart and fixed plate
Between twice of distance, such design ensure that release block can completely fall the energy dissipation for hammering the heart into shape, play noise reduction
Effect.
As the further improvement of this technology, above-mentioned release block is remained with limited block to be contacted.
Relative to traditional indoor decoration bar technology, a kind of indoor dress based on compressor control that the present invention designs
Pool bar its effect be that during decorateing indoors, correction installation process can be carried out to floor by it.
Block is discharged in the present invention can be made by the cooperation of the second guide block mounted thereto and the second guide groove on hammer shell
Block must be discharged to move up and down along the second guide groove；Two limited blocks are by the cooperation with the first spacing breach on release block to releasing
It puts block and plays the role of limit；It is mounted on the work that the fixed ring on the inside of hammer shell plays support to second spring and third spring
With；The hammer heart can to hammer the heart into shape by the cooperation of two the first guide blocks and the first guide groove on hammer shell that are mounted on its periphery
It is moved up and down along the first guide groove；The 4th spring for being mounted on release block and hammering into shape between the heart can transmit between release block and the hammer heart
Power；Four second springs being mounted between fixed plate and the hammer heart are when in a compressed state can be extensive to offer one, the hammer heart
Multiple power；Four third springs being mounted between fixed plate and release block can provide one to release block when being in tensional state
Restoring force；The 5th spring being mounted between limited block and limited block groove is when in a compressed state can to provide one to limited block
Restoring force.
One end of camshaft is mounted on the inner wall of compressor in the present invention；Cam is mounted on camshaft；Plunger is located at
The downside of cam；First spring is installed between plunger and plunger slot；The side of compressor be provided with pressure venthole and air into
Mouthful, pressure venthole is connect by connecting tube with air accumulator；One end of air accumulator is equipped with air accumulator gas outlet；Air accumulator outlet
Mouth covers air inlet pipe with cylinder by electronic valve and connect；The lower end of flexible tube plug is equipped with guide ring；Flexible tube plug is pacified by guide ring
In retracting cylinder set；Retracting cylinder set is mounted on the upper end of the hammer heart；The upper end of flexible tube plug is mounted on the lower end of release block；When convex
Wheel shaft will drive cam rotation when rotating；The gas in air enters compressor by air intlet at this time；Cam rotation compressing
Gas in compressor increases gas pressure constantly, becomes high pressure gas, when the high pressure gas in compressor goes out higher than pressure
When the maximum pressure that stomata can bear；High pressure gas in compressor can be flow in air accumulator by connecting tube；So that storage
High pressure gas is full of in gas tank；When needing to inflate into extension sleeve, control electronic valve makes air accumulator and sleeve air inlet pipe phase
Logical, high pressure gas covers air inlet pipe by cylinder and flow in retracting cylinder set；High pressure gas in retracting cylinder set will push flexible tube plug
It moves up, and then release block is driven to move up；Make sleeve by controlling electronic valve after the completion of inflating to retracting cylinder set
Air inlet pipe is communicated with atmosphere, and the high pressure gas inside retracting cylinder set is discharged；After being used for multiple times, the high pressure gas in air accumulator is reduced,
Pressure reduction, the high pressure gas in air accumulator are not enough to provide power to retracting cylinder set, drive press again by driving motor at this time
Mechanism of qi work, inflates air accumulator.
Third shaft nesting is mounted in drive shaft in the present invention；The installation of annulus set on the driving shaft, and annulus set and the
There are four the 6th springs for installation between three shafts；First gear and the second angular wheel are mounted in third shaft；Second gear
It is mounted in the second shaft；One end of second shaft is equipped with the first cone tooth；Second gear is engaged with the second angular wheel；Third
Gear is mounted on one end of first rotating shaft, and engages with first gear；Third conical ring tooth is mounted in first rotating shaft by bearing,
And third conical ring tooth and first bores tooth engagement；Support annulus is mounted on one end of third conical ring tooth；Three connecting rods are mounted on branch
Hold round one end of ring；Three the 5th gears are separately mounted in three connecting rods；4th gear is mounted on the another of first rotating shaft
End；4th gear is engaged with three the 5th gears, the interior tooth engagement on three the 5th gears and drive ring；Driven shaft is mounted on drive
On rotating ring；When the driving shaft rotates, it will drive annulus set rotation, annulus is covered drives third shaft to turn under the action of six springs
It is dynamic, and third shaft velocity of rotation is less than drive shaft turns speed；It is connected through a screw thread between drive shaft and third shaft；So
Drive shaft turns can make third shaft mobile, while the rotation of third shaft drives the second angular wheel and first gear rotation；
The rotation of third conical ring tooth drives second gear rotation；Second gear rotation drives the rotation of the second shaft；The rotation of second shaft drives
First cone tooth rotation；First cone tooth drives the rotation of third conical ring tooth；The rotation of third conical ring tooth drives support annulus rotation；Branch is held round
Ring rotation drives three connecting rods to rotate around first rotating shaft axis；The rotation of three connecting rods drives three the 5th gears around the
The rotation of one shaft axis；Three the 5th gear rotations drive drive ring rotation；First gear rotation simultaneously will drive third gear
Rotation；The rotation of third gear drives first rotating shaft rotation；First rotating shaft rotation drives the rotation of the 4th gear；4th gear rotates band
Dynamic three the 5th gears rotation；Three the 5th gear rotations drive drive ring rotation；Drive ring rotation drives driven shaft rotation.This
Third shaft is moved while rotation in invention, and third shaft will drive the movement of the second angular wheel on the move, by
Constantly changing in the outer diameter of the second angular wheel, so the second angular wheel on the move can make while rotation and it
The velocity of rotation of the second gear of engagement constantly changes；In the present invention when needing to inflate in air accumulator, pass through driving electricity
Machine makes driving motor drive drive shaft turns；Drive shaft drives driven shaft rotation by gear；Driven shaft just drives convex
Wheel shaft rotation；Camshaft band moving cam rotates；Cam pushes the gas compression in compressor, increases gas pressure constantly；When
When the gas that pressure becomes larger is greater than driving force of the camshaft to cam to the reaction force of cam；It can be adjusted by gear
The revolving speed of driven shaft；Reduce the revolving speed of camshaft, so that driving force of the camshaft with moving cam increases；Pressure becomes at this time
Big gas is less than camshaft to the driving force of cam to the reaction force of cam, and then camshaft can drive cam to rotate；
Continue compressed gas to inflate air accumulator.Its effect of the gear that the present invention designs is the torque of adjustable driven shaft, together
When compressor can be driven to work by a lower-powered motor；Reduce the overall weight of ground bar.
In the present invention when second gear is engaged with the second angular wheel, the movement of drive ring is enclosed by three the 5th gears
The movement synthesis that the movement and three the 5th gears rotated around own axes is rotated around first rotating shaft；Change any one movement
Speed, the movement velocity of drive ring can change.Four the 6th springs in tensional state can provide one to third shaft
A restoring force.The gradient of the contact surface of the first spacing breach and limited block that the present invention designs is smaller；So that limited block and release
Block not readily disengages from；And the gradient for resetting the contact surface of inclined-plane and limited block is larger；So that limited block is easily separated from release block.
Above-mentioned third stop collar plays the role of limit to first gear；First stop collar plays the work of limit to third gear
With；4th fixed ring plays the role of limit to the 4th gear；5th fixed ring plays the role of limit to object gear.
In ground bar use process, four the 6th springs are in free extension state；First spring, second spring, the
Three springs, the 4th spring, the 5th spring are in free extension state；The meshing point of second gear and the second angular wheel is in the
The maximum of two taper gear diameters；When staff needs to be modified floor, ground bar beats floor, this hour hammer heart
The reaction force that will receive floor moves up the hammer heart；The hammer heart, which moves up, drives the 4th spring to compress upwards；The
Two springs compress upwards；Retracting cylinder set moves up；4th spring will push release block and slowly move up；Third spring at this time
Gradually pull open；Limited block is moved into limiting slot；5th spring is compressed；When limited block to release block resistance less than the 4th bullet
When spring is to the thrust for discharging block, the 4th spring can push completely release block open, disengage it from the constraint of limited block；Control electricity at this time
Sub- valve communicates air accumulator with sleeve air inlet pipe, and the high pressure gas in air accumulator covers air inlet pipe by cylinder and flow to retracting cylinder set
In；High pressure gas in retracting cylinder set will push flexible tube plug and move up, and then release block is driven to move up；Give release block
One upward acceleration；Discharging block simultaneously can be to one anti-acceleration of the 4th spring；Anti- acceleration is transmitted to by the 4th spring
Hammer is in the heart；So that the hammer heart pressure downward by one, at this time the 4th spring to the hammer heart anti-acceleration and release block without departing from
Release block is given in the active force for hammering the heart into shape design and keeps identical substantially when limited block, and Pneumatic pressure is being after release block discharges
Pressurization in very short time, the flexible tube plug of pressurization guarantee transmits the force to before release block obtains faster speed in the short time releases
Block is put, so that release block plays the role of release to the power of pressurization and the power of the hammer heart simultaneously.Hammer is increased by this anti-acceleration
The time that the heart acts on floor；After the completion of the correction of floor, control electronic valve makes between retracting cylinder set and sleeve air inlet pipe
In closed state；Staff lifts ground bar at this time；Under the action of electronic valve retracting cylinder set in gas by sleeve into
Tracheae flows into atmosphere；Release block is gradually restored on original position under the action of third spring；The heart is hammered into shape in second spring
Under the action of be gradually restored on original position；Limited block is restored on original position under the action of five springs.
Detailed description of the invention
Fig. 1 is global facility appearance diagram.
Fig. 2 is grip structure schematic diagram.
Fig. 3 is air accumulator scheme of installation.
Fig. 4 is air compressor structure schematic diagram.
Fig. 5 is hammer shell structure schematic diagram.
Fig. 6 is electronic valve scheme of installation.
Fig. 7 is retracting cylinder nested structure schematic diagram.
Fig. 8 is hammer heart scheme of installation.
Fig. 9 is fixed ring structural schematic diagram.
Figure 10 is gear structural schematic diagram.
Figure 11 is gear scheme of installation.
Figure 12 is annulus nested structure schematic diagram.
Figure 13 is the 4th gear scheme of installation.
Figure 14 is the 5th gear scheme of installation.
Figure 15 is drive ring scheme of installation.
Figure 16 is drive shaft structural schematic diagram.
Figure 17 is retracting cylinder plug structure schematic diagram.
Figure 18 is hammer heart Force principle schematic diagram.
Figure label title: 1, handle；2, shell is hammered into shape；3, the heart is hammered into shape；4, driving motor；6, gear；8, compressor；9,
Air accumulator；10, air accumulator gas outlet；11, pressure venthole；12, connecting tube；13, cam；14, plunger；15, the first spring；
16, plunger slot；17, connecting hole；18, the first guide groove；19, the second guide groove；20, the first guide block；21, looping pit；22, the second bullet
Spring；23, cylinder covers air inlet pipe；24, fixed ring；25, third spring；26, limited block；27, the second guide block；28, block is discharged；29, it stretches
Contracting tube plug；30, guide ring；31, retracting cylinder set；32, the 4th spring；33, limited block groove；34, the 5th spring；35, clamping rings；
36, drive ring；37, annulus is supported；38, the first cone tooth；39, first rotating shaft；40, the second shaft；41, the first stop collar；42,
Two fixed links；43, first gear；44, second gear；45, the second stop collar；46, the second angular wheel；48, annulus set；49,
Connecting rod；50, third conical ring tooth；51, the first fixed link；52, third stop collar；53, third gear；54, the 6th spring；55,
4th fixed ring；56, the 4th gear；57, the 5th gear；58, the 5th fixed ring；59, circular through hole；60, annulus chamber；61, turn
Axis hole；62, electronic valve；63, third shaft；64, handle shell；65, hammer body；66, camshaft；67, the first spacing breach；68, multiple
Position inclined-plane；69, speed change shell；70, drive shaft；71, drive shaft fixed link；72, driven shaft；74, air intlet；75, annular chamber；
76, looping pit.
Specific embodiment
As shown in Figure 1, it includes handle 1, hammer body 65, wherein one end of handle 1 is mounted on the periphery of hammer body 65.
As shown in Fig. 2, above-mentioned handle 1 includes handle shell 64, driving motor 4, driven shaft 72, gear 6, drive shaft
70, compressor 8, air accumulator 9, air accumulator gas outlet 10, connecting tube 12, wherein driving motor 4 is mounted on separate in handle shell 64
One end of hammer body 65；Gear 6 is mounted in handle shell 64, and gear 6 is close to driving motor 4；The one of gear 6
End has drive shaft 70, and the other end of gear 6 has driven shaft 72；Gear 6 passes through drive shaft 70 and driving motor 4
Rotation axis connection；Compressor 8 is mounted in handle shell 64, and compressor 8 is close to gear 6, the camshaft 66 of compressor 8
It is connect with driven shaft 72；Air accumulator 9 is mounted in handle shell 64；Compressor 8 is connect by connecting tube 12 with 9 inner cavity of air accumulator；
Air accumulator is provided with air accumulator gas outlet 10 on 9 end face.
As shown in figure 4, above-mentioned compressor 8 includes 8 shell of compressor, cam 13, plunger 14, camshaft 66, pressure venthole
11, air intlet 74, the first spring 15, plunger slot 16 are wherein provided with plunger slot 16 on the inner headed face of 8 shell of compressor；Such as Fig. 4 institute
Show, the two sides on 8 shell inner headed face of compressor positioned at plunger slot 16 are provided with pressure venthole 11 and air intlet 74；Camshaft 66
One end is mounted on the circular hole of 8 shell shell wall of compressor by bearing；Cam 13 is mounted on camshaft 66；The convex surface of cam 13 with
The inner headed face of 8 shell of compressor is engaged；In one end installation plunger slot 16 of plunger 14；As shown in figure 4, plunger 14 and plunger slot
First spring 15 is installed between 16；One end of first spring 15 is mounted on plunger 14, and the other end is mounted on plunger slot 16
On end face；14 top surface of plunger and 13 convex surface of cam cooperate；As shown in figure 3, pressure venthole 11 passes through connecting tube 12 and air accumulator 9
Inner cavity communicates；Air intlet 74 is communicated with atmosphere.
As shown in figs 1-9, above-mentioned hammer body 65 includes hammer shell 2, the hammer heart 3, connecting hole 17, the first guide groove 18, looping pit 21, electricity
Sub- valve 62, the second guide groove 19, the first guide block 20, cylinder collar-shaped hole 21, second spring 22, cylinder set air inlet pipe 23, fixed ring 24, the
Three springs 25, the first spacing breach 67 reset inclined-plane 68, limited block 26, the second guide block 27, release block 28, flexible tube plug 29, lead
31, annular chamber 75, the 4th spring 32, limited block groove 33, the 5th spring 34 are covered to ring 30, retracting cylinder, wherein as shown in figure 5, hammer
A connecting hole 17 is provided on the periphery of shell 2；It symmetrically opens there are two the first guide groove 18 lower end for hammering the inner headed face of shell 2 into shape；Hammer
It symmetrically opens there are two the second guide groove 19 upper end of 2 inner headed face of shell；The upper end of 65 inner headed face of hammer body limits there are two symmetrically opening
Block slot 33, two limited block grooves 33 are mutually staggered with two the second guide grooves 19；As shown in fig. 7, the upper end pair of the periphery of the hammer heart 3
Claiming installation, there are two the first guide blocks 20；Pacified by the cooperation of two the first guide blocks 20 and two the first guide grooves 18 upper end for hammering the heart 3 into shape
Mounted in the lower end of the inner headed face of hammer shell 2；As shown in figure 8, symmetrically opening on the periphery of release block 28, there are two the first limits to lack
Mouth 67, the downside of each first spacing breach 67, which has, resets inclined-plane 68；The upper end of release 28 periphery of block is symmetrically installed with two
A second guide block 27；Release block 28 hammers the interior of shell 2 into shape by two the second guide blocks 27 and two being fitted to for the second guide groove 19
Disc upper end, and there are gaps for the upper end inside release block 28 and hammer shell 2；One end of two limited blocks 26 is separately mounted to two
In limited block groove 33；The other end of two limited blocks 26 cooperates with the first spacing breach 67；As shown in figure 9, limited block 26 with
The 5th spring 34 is installed between corresponding limited block groove 33；And the 5th one end of spring 34 be mounted on limited block 26, it is another
End is mounted on the inner face of limited block groove 33；The 4th spring 32 is installed between the hammer heart 3 and release block 28；4th spring 32
Upper end is mounted on the lower end of release block 28, and the lower end of the 4th spring 32 is mounted on the upper end of the hammer heart 3；It opens the lower end of retracting cylinder set 31
There is annular chamber 75, as shown in Fig. 7,9, looping pit 21 is provided on extension sleeve upper surface；Retracting cylinder set 31 is mounted on the upper of the hammer heart 3
End；Retracting cylinder set 31 is located at the outside of the 4th spring 32；The lower end of flexible tube plug 29 is equipped with guide ring 30；Flexible tube plug 29
It is installed in annular chamber 75 by guide ring 30 lower end；The upper end of flexible tube plug 29 passes through looping pit 21 and is mounted under release block 28
End；Retracting cylinder covers 31 lower ends and is equipped with cylinder set air inlet pipe 23, and cylinder covers air inlet pipe 23 and passes through electronic valve 62 and air accumulator gas outlet 10
Connection；Fixed ring 24 is mounted on the inner headed face of hammer shell 2, and fixed ring 24 is located between the hammer heart 3 and release block 28；Fixed ring 24
There are four third springs 25 for circumferential uniformly installation between release block 28；And one end of third spring 25 is installed in release block 28
Lower end, the other end is installed in the upper end of fixed ring 24；There are four second for circumferential uniformly installation between fixed ring 24 and the hammer heart 3
Spring 22；And one end of second spring 22 is installed in the upper end of the hammer heart 3, the other end is installed in the lower end of fixed ring 24；?
One end of hand shell 64 is mounted on hammer body 65 by connecting hole 17.
As shown in Figure 10, above-mentioned gear 6 includes clamping rings 35, drive ring 36, the support cone tooth of annulus 37, first
38, first rotating shaft 39, the second shaft 40, the first stop collar 41, the second fixed link 42, first gear 43, second gear 44, second
Stop collar 45, the second angular wheel 46, annulus set 48, annulus chamber 60, connecting rod 49, driven shaft 72, third conical ring tooth 50, driving
Axis 70, the first fixed link 51, third stop collar 52, third gear 53, the 6th spring 54, the 4th fixed ring 55, the 4th gear 56,
5th gear 57, speed change shell 69, the 5th fixed ring 58, circular through hole 59, shaft hole 61, drive shaft fixed link 71, third shaft
63, wherein as shown in figure 16, one end of drive shaft 70 is provided with shaft hole 61；There is internal screw thread on 61 inner headed face of shaft hole；Driving
Axis 70 is mounted on the inner headed face of speed change shell 69 by drive shaft fixed link 71；One end of third shaft 63 has external screw thread, the
Three shafts 63 are fitted in shaft hole 61 by the internal screw thread in external screw thread and shaft hole 61；As shown in figure 12, annulus
One end of set 48 is provided with an annular chamber 75；Annulus set 48 is mounted on drive shaft 70 close to one end of third shaft 63；Annulus set
There are four the 6th springs 54 for circumferential uniformly installation between annular chamber 75 on 48 and third shaft 63；Pacify one end of 6th spring 54
In third shaft 63, the other end is mounted on 75 inner headed face of annular chamber on annular groove；Second angular wheel 46 is mounted on
In third shaft 63, and the second angular wheel 46 is close to annulus set 48；As shown in figure 11, third stop collar 52 is mounted on third and turns
The other end of axis 63；First gear 43 is mounted in third shaft 63, and first gear 43 is close to third stop collar 52；Second turn
Axis 40 is mounted on the inner wall of speed change shell 69 by the second fixed link 42；One end of second shaft 40 is equipped with the second stop collar
45；Second gear 44 is mounted in the second shaft 40, and second gear 44 is close to the second stop collar 45；Second gear 44 and second
Angular wheel 46 engages；The other end of second shaft 40 is equipped with the first cone tooth 38；First rotating shaft 39 passes through the first fixed link 51
It is mounted on the inner wall of speed change shell 69；The both ends of first rotating shaft 39 are separately installed with the first stop collar 41 and the 4th fixed ring 55；
And first stop collar 41 be located in first rotating shaft 39 close to first gear 43 one end；Third gear 53 is mounted on first rotating shaft 39
On, and third gear 53 is close to the first stop collar 41；Third gear 53 is engaged with first gear 43；As shown in figure 13, the 4th tooth
Wheel 56 is mounted in first rotating shaft 39, and the 4th gear 56 is close to the 4th fixed ring 55；Third conical ring tooth 50 is mounted on first turn
On axis 39；Third conical ring tooth 50 is engaged with the first cone tooth 38；It supports and is provided with circular through hole 59 at the center of 37 end face of annulus；Support
One end of annulus 37 is mounted on third conical ring tooth 50, and annulus 37 is supported to be located at the outer of first rotating shaft 39 by circular through hole 59
On disc；As shown in figure 14, connecting rod 49 there are three uniformly installing on the end face of the other end of annulus 37 is supported；Three the 5th solid
Determine one end that ring 58 is mounted on three connecting rods 49；Three the 5th gears 57 are separately mounted in three connecting rods 49；Three
Five gears 57 are close to the 5th fixed ring 58；As shown in figure 15, three the 5th gears 57 are engaged with the 4th gear 56；Drive ring
36 one end are provided with internal tooth；Drive ring 36 is mounted on the inner wall of speed change shell 69 by clamping rings 35；Drive ring 36 passes through internal tooth
It is engaged with three the 5th gears 57；The other end of drive ring 36 is equipped with driven shaft 72；Driven shaft 72 and drive shaft 70 are distinguished
It is pierced by the both ends of speed change shell 69.
Above-mentioned third conical ring tooth 50 is mounted in first rotating shaft 39 by bearing.
Above-mentioned third spring 25 is compressed spring；Second spring 22 is extension spring.
Above-mentioned release block 28 and the gap for hammering 2 inner upper end of shell into shape are greater than twice of distance between the hammer heart 3 and fixed plate.
Above-mentioned release block 28 is remained with limited block 26 to be contacted.
In summary:
The present invention design it is a kind of based on compressor 8 control indoor decoration bar its effect be indoors decoration in pacify
Correction process can be carried out to floor by it when installed floor.
Block 28 is discharged in the present invention passes through the cooperation of the second guide block 27 mounted thereto and the second guide groove 19 on hammer shell 2
Release block 28 can be made to move up and down along the second guide groove 19；Two limited blocks 26 with first on release block 28 by limiting
The cooperation of notch 67 plays the role of limit to release block 28；The fixed ring 24 of 2 inside of hammer shell is mounted on to second spring 22
Play the role of support with third spring 25；The hammer heart 3 passes through be mounted on its periphery two the first guide blocks 20 and hammer shell 2
On the first guide groove 18 cooperation can make hammer into shape the heart 3 moved up and down along the first guide groove 18；It is mounted on release block 28 and the hammer heart 3
Between the 4th spring 32 can transmit release block 28 and hammer into shape the heart 3 between power；Four be mounted between fixed plate and the hammer heart 3
A second spring 22 is when in a compressed state can to provide a restoring force to the hammer heart 3；Be mounted on fixed plate and release block 28 it
Between four third springs 25 can provide a restoring force to release block 28 when being in tensional state；Be mounted on limited block 26 with
The 5th spring 34 between limited block groove 33 is when in a compressed state can to provide a restoring force to limited block 26.
One end of cam 13 is mounted on the side of compressor 8 in the present invention；The other end is equipped with camshaft 66；Plunger 14
Positioned at the downside of cam 13；First spring 15 is installed between plunger 14 and plunger slot 16；Pressure is provided on the side of compressor 8
Venthole 11 and air intlet 74, pressure venthole 11 are connect by connecting tube 12 with air accumulator 9；It installs one end of air accumulator 9
There is air accumulator gas outlet 10；Air accumulator gas outlet 10 covers air inlet pipe 23 with cylinder by electronic valve 62 and connect；Under flexible tube plug 29
End is equipped with guide ring 30；Flexible tube plug 29 is mounted on the upper of retracting cylinder set 31 by guide ring 30；Retracting cylinder set 31 is mounted on
Hammer the upper end of the heart 3 into shape；The upper end of flexible tube plug 29 is mounted on the lower end of release block 28；It will drive cam 13 when camshaft 66 rotates
Rotation；The gas in air is entered in compressor 8 by air intlet 74 at this time；Gas in the rotation compressing compressor 8 of cam 13
Body is continuously increased gas pressure as high pressure gas, can hold when the high pressure gas in compressor 8 is higher than pressure venthole 11
When the maximum pressure received；High pressure gas in compressor 8 can be flow in air accumulator 9 by connecting tube 12；So that air accumulator 9
In be full of high pressure gas；When needing to inflate to 31 air inlet pipe of extension sleeve, control electronic valve 62 makes air accumulator 9 and sleeve air inlet
Pipe communicates, and high pressure gas covers air inlet pipe 23 by cylinder and flow in retracting cylinder set 31；High pressure gas in retracting cylinder set 31 can push away
Dynamic flexible tube plug 29 moves up, and then release block 28 is driven to move up；Pass through control after the completion of inflating to retracting cylinder set 31
Electronic valve 62 processed communicates sleeve air inlet pipe with atmosphere, and retracting cylinder is covered the high pressure gas inside 31 and is discharged；After being used for multiple times
High pressure gas in air accumulator 9 is reduced, pressure reduction, when the high pressure gas in air accumulator 9 is not enough to cover 31 offer power to retracting cylinder,
Compressor 8 is driven to work again by driving motor 4 at this time, to inflating in air accumulator 9.
63 nesting of third shaft is mounted in drive shaft 70 in the present invention；Annulus set 48 is mounted in drive shaft 70, and circle
There are four the 6th springs 54 for installation between ring set 48 and third shaft 63；First gear 43 and the second angular wheel 46 are mounted on
In three shafts 63；Second gear 44 is mounted in the second shaft 40；One end of second shaft 40 is equipped with the first cone tooth 38；Second
Gear 44 is engaged with the second angular wheel 46；Third gear 53 is mounted on one end of first rotating shaft 39, and nibbles with first gear 43
It closes；Third conical ring tooth 50 is mounted in first rotating shaft 39 by bearing, and third conical ring tooth 50 is engaged with the first cone tooth 38；Support
Annulus 37 is mounted on one end of third conical ring tooth 50；Three connecting rods 49 are mounted on one end of support annulus 37；Three the 5th teeth
Wheel 57 is separately mounted in three connecting rods 49；4th gear 56 is mounted on the other end of first rotating shaft 39；4th gear 56 with
Three the 5th gear 57 engagements, three the 5th gears 57 and the interior tooth engagement on drive ring 36；Driven shaft 72 is mounted on drive ring
On 36；When drive shaft 70 rotates, 48 rotation of annulus set is driven, annulus set 48 drives third to turn under the action of the 6th spring 54
Axis 63 rotates, and 63 velocity of rotation of third shaft is less than 70 velocity of rotation of drive shaft；Lead between drive shaft 70 and third shaft 63
Cross threaded connection；So drive shaft 70 rotates meeting so that third shaft 63 is mobile, while the rotation of third shaft 63 drives second to bore
Shape gear 46 and first gear 43 rotate；The rotation of third conical ring tooth 50 drives second gear 44 to rotate；Second gear 44 rotates band
Dynamic second shaft 40 rotation；The rotation of second shaft 40 drives the first cone tooth 38 to rotate；First cone tooth 38 drives third conical ring tooth 50
Rotation；The rotation of third conical ring tooth 50 drives support annulus 37 to rotate；The rotation of annulus 37 is supported to drive three connecting rods 49 around the
The rotation of one shaft, 39 axis；Three rotations of connecting rod 49 drive three the 5th gears 57 to rotate around 39 axis of first rotating shaft；Three
A 5th gear 57 rotation drives drive ring 36 to rotate；The rotation of first gear 43 simultaneously drives third gear 53 to rotate；Third tooth
53 rotation of wheel drives first rotating shaft 39 to rotate；The rotation of first rotating shaft 39 drives the rotation of the 4th gear 56；4th gear 56 rotates band
Dynamic three the 5th gears 57 rotation；Three the 5th gear 57 rotations drive drive ring 36 to rotate；The rotation of drive ring 36 drives driven
Axis 72 rotates.Third shaft 63 moves while rotation in the present invention, and third shaft 63 will drive second on the move
Angular wheel 46 is mobile, and the outer diameter due to the second angular wheel 46 is constantly changing, so the second angular wheel 46 on the move
The velocity of rotation of the second gear engaged 44 can be made constantly to change while rotation；Work as air accumulator in the present invention
When needing to inflate in 9, make driving motor 4 that drive shaft 70 be driven to rotate by driving motor 4；Drive shaft 70 passes through gear
6 drive driven shaft 72 to rotate；Driven shaft 72 just drives camshaft 66 to rotate；Camshaft 66 is rotated with moving cam 13；Cam 13 pushes away
Gas compression in dynamic pressure mechanism of qi 8, increases gas pressure constantly；When the gas that pressure becomes larger is greater than cam to 13 resistance of cam
When axis 66 is to the driving force of cam 13；Turn degree that driven wheel 72 is adjusted by gear 6, reduces the revolving speed of camshaft 66,
So that driving force of the camshaft 66 with moving cam 13 increases；The gas that pressure becomes larger at this time is small to the reaction force of cam 13
In camshaft 66 to the driving force of cam 13, and then cam 13 is driven to rotate again by camshaft 66；Air accumulator 9 is inflated.
Its effect of the gear 6 that the present invention designs is the torque of adjustable driven shaft 72, while can be smaller by a power
Motor come drive compressor 8 work；And then reduce the overall weight of ground bar.
In the present invention when second gear 44 is engaged with the second angular wheel 46, the movement of drive ring 36 is by three the 5th
The movement synthesis that movement and three fiveth gears 57 of the gear 57 around own axes rotation are rotated around first rotating shaft 39；It is in
Four the 6th springs 54 of tensional state can provide a restoring force to third shaft 63.The first spacing breach that the present invention designs
67 is smaller with the gradient of the contact surface of limited block 26；So that limited block 26 is not readily disengaged from release block 28；And reset inclined-plane 68
It is larger with the gradient of the contact surface of limited block 26；So that limited block 26 is easily separated from release block 28.Above-mentioned third stop collar 52
Play the role of limit to first gear 43；First stop collar 41 plays the role of limit to third gear 53；4th is solid
Determine ring 55 and plays the role of limit to the 4th gear 56；5th fixed ring 58 plays the role of limit to object gear.
Specific embodiment: in ground bar use process, four the 6th springs 54 are in free extension state；First bullet
Spring 15, second spring 22, third spring 25, the 4th spring 32, the 5th spring 34 are in free extension state；Second gear 44 with
The meshing point of second angular wheel 46 is in the maximum of 46 diameter of the second angular wheel；When staff needs to carry out floor
When amendment, ground bar beats floor, and the reaction force that this hour hammer heart 3 will receive a ground moves up the hammer heart 3；Hammer
The heart 3 moves up the 4th compression upwards of spring 32 of drive；Second spring 22 is compressed upwards；Retracting cylinder set 31 moves up；4th
Spring 32 will push release block 28 and move up；Third spring 25 gradually pulls open at this time；Limited block 26 is moved into limiting slot；The
Five springs 34 are compressed；When the thrust for less than 32 pairs of the 4th spring release blocks 28 of resistance that 26 pairs of limited block discharge block 28, the
Four springs 32 can push release block 28 open, disengage it from the constraint of limited block 26；At this time control electronic valve 62 make air accumulator 9 with
Sleeve air inlet pipe communicates, and the high pressure gas in air accumulator 9 covers air inlet pipe 23 by cylinder and flow in retracting cylinder set 31；Retracting cylinder set
High pressure gas in 31 will push flexible tube plug 29 and move up, and then release block 28 is driven to move up；Give release block 28 1
A upward acceleration；Discharging block 28 simultaneously can give the 4th spring 32 1 anti-accelerations；Shown in a as shown in figure 18, if do not have
There is the Pneumatic pressure of flexible tube plug to act on, then reducing rapidly after discharging block release to the pressure on ground.Such as the b in Figure 18
It is shown, increase pressure after release block release, anti-acceleration is transmitted on the hammer heart 3 by the 4th spring 32；So that hammer the heart 3 by
One downward pressure；The 4th spring 32 is discharged to the anti-acceleration of the hammer heart 3 with when discharging block 28 without departing from limited block 26 at this time
Block 28 is essentially identical to the active force of the hammer heart 3, so that can obtain acceleration during discharging block release, continues to apply ground
Plus-pressure；The hammer heart 3 is increased to the time of floor active force by this acceleration；After the completion of the correction of floor, electronic valve is controlled
62 make between retracting cylinder set 31 and sleeve air inlet pipe in closed state；Staff lifts ground bar at this time；Retracting cylinder set
Gas in 31 is flowed into atmosphere by sleeve air inlet pipe；Release block 28 is gradually restored to originally under the action of third spring 25
Position on；The hammer heart 3 is gradually restored on original position under the action of second spring 22；Limited block 26 is in the 5th spring 34
Under the action of be restored on original position.
Claims (5)
1. a kind of indoor decoration ground bar based on compressor control, it is characterised in that: it includes handle, hammer body, wherein handle
One end be mounted on the periphery of hammer body；
Above-mentioned handle includes that handle shell, driving motor, driven shaft, gear, drive shaft, compressor, air accumulator, air accumulator go out
Port, connecting tube, wherein driving motor is mounted on one end in handle shell far from hammer body；Gear is mounted in handle shell,
And gear is close to driving motor；One end of gear has drive shaft, and the other end of gear has driven shaft；Become
Fast mechanism passes through the rotation axis connection of drive shaft and driving motor；Compressor is mounted in handle shell, and compressor is close to speed change
Mechanism, the camshaft of compressor and driven axis connection；Air accumulator is mounted in handle shell；Compressor passes through connecting tube and air accumulator
Inner cavity connection；Air accumulator gas outlet is provided on air accumulator end face；
Above-mentioned compressor includes compressor casing, cam, plunger, camshaft, pressure venthole, air intlet, the first spring, plunger
Slot is wherein provided with plunger slot on the inner headed face of compressor casing；Two sides on compressor casing inner headed face positioned at plunger slot are provided with pressure
Venthole and air intlet；One end of camshaft is mounted on the circular hole of compressor casing shell wall by bearing；Cam is mounted on convex
On wheel shaft；The convex surface of cam and the inner headed face of compressor casing are engaged；In one end installation plunger slot of plunger；Plunger and plunger
First spring is installed between slot；One end of first spring is mounted on plunger, and the other end is mounted on the end face of plunger slot；Column
It fills in top surface and cam convex surface cooperates；Pressure venthole is communicated by connecting tube with air accumulator inner cavity；Air intlet is communicated with atmosphere；
Above-mentioned hammer body includes hammer shell, the hammer heart, connecting hole, the first guide groove, looping pit, electronic valve, the second guide groove, the first guide block, cylinder
Collar-shaped hole, cylinder set air inlet pipe, fixed ring, third spring, the first spacing breach, resets inclined-plane, limited block, the at second spring
Two guide blocks, release block, flexible tube plug, guide ring, retracting cylinder set, annular chamber, the 4th spring, limited block groove, the 5th spring, wherein
It hammers into shape and is provided with a connecting hole on the periphery of shell；It symmetrically opens there are two the first guide groove the lower end for hammering the inner headed face of shell into shape；It hammers into shape in shell
It symmetrically opens there are two the second guide groove the upper end of disc；The upper end of hammer body inner headed face is symmetrically opened there are two limited block groove, and two
Limited block groove is mutually staggered with two the second guide grooves；The upper end for hammering the periphery of the heart into shape is symmetrically installed there are two the first guide block；Hammer the heart into shape
Upper end the lower end of the inner headed face of shell is hammered into shape by being fitted to for two the first guide blocks and two the first guide grooves；Discharge the outer of block
It is symmetrically opened on disc there are two the first spacing breach, the downside of each first spacing breach, which has, resets inclined-plane；It discharges outside block
The upper end of disc is symmetrically installed there are two the second guide block；Block is discharged to pacify by the cooperation of two the second guide blocks and two the second guide grooves
Mounted in the inner headed face upper end of hammer shell, and there are gaps for the upper end inside release block and hammer shell；Pacify respectively one end of two limited blocks
In two limited block grooves；The other end of two limited blocks cooperates with the first spacing breach；Limited block is limited with corresponding
5th spring is installed between block slot；And the 5th one end of spring be mounted on limited block, the other end is mounted on limited block groove
On inner face；The 4th spring is installed between the hammer heart and release block；The upper end of 4th spring be mounted on release block lower end, the 4th
The lower end of spring is mounted on the upper end of the hammer heart；The lower end of retracting cylinder set is provided with annular chamber, and extension sleeve is provided with annular on upper surface
Hole；Retracting cylinder set is mounted on the upper end of the hammer heart；Retracting cylinder set is located at the outside of the 4th spring；The lower end of flexible tube plug, which is equipped with, leads
Xiang Huan；It is installed in annular chamber by guide ring the lower end of flexible tube plug；The upper end of flexible tube plug passes through looping pit and is mounted on release
The lower end of block；Retracting cylinder set lower end is equipped with cylinder set air inlet pipe, and cylinder set air inlet pipe is connect by electronic valve with air accumulator gas outlet；
Fixed ring is mounted on the inner headed face of hammer shell, and fixed ring is located between the hammer heart and release block；Week between fixed ring and release block
To uniform installation, there are four third springs；And one end of third spring is installed in the lower end of release block, the other end is installed in
The upper end of fixed ring；There are four second springs for circumferential uniformly installation between fixed ring and the hammer heart；And one end of second spring is pacified
Mounted in the upper end of the hammer heart, the other end is installed in the lower end of fixed ring；One end of handle shell is mounted on hammer body by connecting hole；
Above-mentioned gear includes clamping rings, drive ring, support annulus, the first cone tooth, first rotating shaft, the second shaft, first
Stop collar, first gear, second gear, the second stop collar, the second angular wheel, annulus set, annulus chamber, connects the second fixed link
Extension bar, driven shaft, third conical ring tooth, drive shaft, the first fixed link, third stop collar, third gear, the 6th spring, the 4th consolidate
Determine ring, the 4th gear, the 5th gear, speed change shell, the 5th fixed ring, circular through hole, shaft hole, drive shaft fixed link, third to turn
Axis, wherein one end of drive shaft is provided with shaft hole；There is internal screw thread on shaft hole inner headed face；Drive shaft passes through drive shaft fixed link
It is mounted on the inner headed face of speed change shell；One end of third shaft has external screw thread, and third shaft passes through in external screw thread and shaft hole
Internal screw thread be fitted in shaft hole；One end of annulus set is provided with an annular chamber；Annulus set is mounted on drive shaft and leans on
One end of nearly third shaft；Annulus covers circumferential uniformly installation between upper annular chamber and third shaft, and there are four the 6th springs；The
One end of six springs is mounted in third shaft, and the other end is mounted on the annular chamber inner headed face on annular groove；Second conical tooth
Wheel is mounted in third shaft, and the second angular wheel is close to annulus set；Third stop collar is mounted on the other end of third shaft；
First gear is mounted in third shaft, and first gear is close to third stop collar；Second shaft is installed by the second fixed link
On the inner wall of speed change shell；One end of second shaft is equipped with the second stop collar；Second gear is mounted in the second shaft, and the
Two gears are close to the second stop collar；Second gear is engaged with the second angular wheel；The other end of second shaft is equipped with the first cone
Tooth；First rotating shaft is mounted on the inner wall of speed change shell by the first fixed link；The both ends of first rotating shaft are separately installed with the first limit
Position ring and the 4th fixed ring；And first stop collar be located in first rotating shaft close to first gear one end；Third gear is mounted on
In first rotating shaft, and third gear is close to the first stop collar；Third gear is engaged with first gear；4th gear is mounted on first
In shaft, and the 4th gear is close to the 4th fixed ring；Third conical ring tooth is mounted in first rotating shaft；Third conical ring tooth and the first cone
Tooth engagement；It supports and is provided with circular through hole at the center of annulus end face；One end of support annulus is mounted on third conical ring tooth, and is propped up
Ring is held round to be located on the periphery of first rotating shaft by circular through hole；It supports and is uniformly equipped with three on the end face of the other end of annulus
A connecting rod；Three the 5th fixed rings are mounted on one end of three connecting rods；Three the 5th gears are separately mounted to three connections
On bar；Three the 5th gears are close to the 5th fixed ring；Three the 5th gears are engaged with the 4th gear；Drive ring one end is provided with
Internal tooth；Drive ring is mounted on the inner wall of speed change shell by clamping rings；Drive ring is engaged by internal tooth with three the 5th gears；
The other end of drive ring is equipped with driven shaft；Driven shaft and drive shaft are pierced by the both ends of speed change shell respectively.
2. a kind of indoor decoration ground bar based on compressor control according to claim 1, it is characterised in that: above-mentioned
Third conical ring tooth is mounted in first rotating shaft by bearing.
3. a kind of indoor decoration ground bar based on compressor control according to claim 1, it is characterised in that: above-mentioned
Third spring is compressed spring；Second spring is extension spring.
4. a kind of indoor decoration ground bar based on compressor control according to claim 1, it is characterised in that: above-mentioned
Release block and the gap for hammering shell inner upper end into shape are greater than twice of distance between the hammer heart and fixed plate.
5. a kind of indoor decoration ground bar based on compressor control according to claim 1, it is characterised in that: above-mentioned
Release block is remained with limited block to be contacted.
Priority Applications (6)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811318973.4A CN109281457A (en) | 2017-05-05 | 2017-05-05 | A kind of indoor decoration ground bar |
| CN201811318385.0A CN109281456A (en) | 2017-05-05 | 2017-05-05 | A kind of decoration ground bar based on compressor control |
| CN201811033225.1A CN108979097B (en) | 2017-05-05 | 2017-05-05 | Floor hammer for building indoor decoration |
| CN201811032616.1A CN108843001B (en) | 2017-05-05 | 2017-05-05 | Building indoor decoration floor hammer |
| CN201710309871.5A CN106958341B (en) | 2017-05-05 | 2017-05-05 | A kind of indoor decoration ground bar based on compressor control |
| CN201811032615.7A CN109057288B (en) | 2017-05-05 | 2017-05-05 | Building indoor floor hammer |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710309871.5A CN106958341B (en) | 2017-05-05 | 2017-05-05 | A kind of indoor decoration ground bar based on compressor control |
Related Child Applications (5)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201811318385.0A Division CN109281456A (en) | 2017-05-05 | 2017-05-05 | A kind of decoration ground bar based on compressor control |
| CN201811032616.1A Division CN108843001B (en) | 2017-05-05 | 2017-05-05 | Building indoor decoration floor hammer |
| CN201811032615.7A Division CN109057288B (en) | 2017-05-05 | 2017-05-05 | Building indoor floor hammer |
| CN201811033225.1A Division CN108979097B (en) | 2017-05-05 | 2017-05-05 | Floor hammer for building indoor decoration |
| CN201811318973.4A Division CN109281457A (en) | 2017-05-05 | 2017-05-05 | A kind of indoor decoration ground bar |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN106958341A CN106958341A (en) | 2017-07-18 |
| CN106958341B true CN106958341B (en) | 2018-12-25 |
Family
ID=59483106
Family Applications (6)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201811032616.1A Active CN108843001B (en) | 2017-05-05 | 2017-05-05 | Building indoor decoration floor hammer |
| CN201710309871.5A Expired - Fee Related CN106958341B (en) | 2017-05-05 | 2017-05-05 | A kind of indoor decoration ground bar based on compressor control |
| CN201811318385.0A Withdrawn CN109281456A (en) | 2017-05-05 | 2017-05-05 | A kind of decoration ground bar based on compressor control |
| CN201811032615.7A Active CN109057288B (en) | 2017-05-05 | 2017-05-05 | Building indoor floor hammer |
| CN201811318973.4A Withdrawn CN109281457A (en) | 2017-05-05 | 2017-05-05 | A kind of indoor decoration ground bar |
| CN201811033225.1A Expired - Fee Related CN108979097B (en) | 2017-05-05 | 2017-05-05 | Floor hammer for building indoor decoration |
Family Applications Before (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201811032616.1A Active CN108843001B (en) | 2017-05-05 | 2017-05-05 | Building indoor decoration floor hammer |
Family Applications After (4)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201811318385.0A Withdrawn CN109281456A (en) | 2017-05-05 | 2017-05-05 | A kind of decoration ground bar based on compressor control |
| CN201811032615.7A Active CN109057288B (en) | 2017-05-05 | 2017-05-05 | Building indoor floor hammer |
| CN201811318973.4A Withdrawn CN109281457A (en) | 2017-05-05 | 2017-05-05 | A kind of indoor decoration ground bar |
| CN201811033225.1A Expired - Fee Related CN108979097B (en) | 2017-05-05 | 2017-05-05 | Floor hammer for building indoor decoration |
Country Status (1)
| Country | Link |
|---|---|
| CN (6) | CN108843001B (en) |
Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108843001B (en) * | 2017-05-05 | 2020-04-21 | 杭州富阳新远新能源有限公司 | Building indoor decoration floor hammer |
| CN113445710B (en) * | 2020-03-26 | 2022-03-01 | 广东博智林机器人有限公司 | Floor knocking mechanism |
Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
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| DE202005007258U1 (en) * | 2005-05-03 | 2005-07-14 | Schulte, Johannes | Method for fitting skirting board to bottom of wall by clip fitting onto mounting brackets secured into bored holes via ratchet grip mounting shafts |
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- 2017-05-05 CN CN201710309871.5A patent/CN106958341B/en not_active Expired - Fee Related
- 2017-05-05 CN CN201811318385.0A patent/CN109281456A/en not_active Withdrawn
- 2017-05-05 CN CN201811032615.7A patent/CN109057288B/en active Active
- 2017-05-05 CN CN201811318973.4A patent/CN109281457A/en not_active Withdrawn
- 2017-05-05 CN CN201811033225.1A patent/CN108979097B/en not_active Expired - Fee Related
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| FR2814975A1 (en) * | 2000-10-06 | 2002-04-12 | Leborgne | Multi-function sledge hammer comprises striking tool whose upper surface is slightly concave and delimits two sharp parallel edges between two striking surfaces to form scrapers |
| DE202005007258U1 (en) * | 2005-05-03 | 2005-07-14 | Schulte, Johannes | Method for fitting skirting board to bottom of wall by clip fitting onto mounting brackets secured into bored holes via ratchet grip mounting shafts |
| CN103056841A (en) * | 2012-11-15 | 2013-04-24 | 台州市大江实业有限公司 | Portable hammer |
| CN105484479A (en) * | 2014-10-13 | 2016-04-13 | 西安泽华建筑装饰工程有限责任公司 | Uniform force hammer for laying floors |
| CN204357082U (en) * | 2014-12-17 | 2015-05-27 | 长安大学 | A kind of hammer of the rubber vibration for installing floor board brick |
Also Published As
| Publication number | Publication date |
|---|---|
| CN108979097A (en) | 2018-12-11 |
| CN109281457A (en) | 2019-01-29 |
| CN109057288B (en) | 2020-06-16 |
| CN108843001B (en) | 2020-04-21 |
| CN109057288A (en) | 2018-12-21 |
| CN108979097B (en) | 2020-10-02 |
| CN106958341A (en) | 2017-07-18 |
| CN109281456A (en) | 2019-01-29 |
| CN108843001A (en) | 2018-11-20 |
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